1.
Mechanism of in-band transmission loss in single-layer bandpass FSS
单层带通FSS的带内传输损耗机理
2.
Effect of the Propagation Loss on the Cherenkov SHG in a Channel Waveguide
传输损耗对条形波导中切伦科夫倍频的影响
3.
Calculation and measurement of microwave transmission loss for perforated metallic flat plates
圆孔金属板的微波传输损耗的计算与测量
4.
Theoretically bend and deformation increase transmission losses in the fiber.
从理论上讲,弯曲和形变都会增大光纤的传输损耗。
5.
Study on the Propagation Losses and Fabrication of the Channel Waveguides of the Ag-Na Ion-exchange Glasses;
Ag-Na离子交换玻璃波导传输损耗的测量及条形波导的制备研究
6.
Transmission attenuation of laser beams with different incident angles in large-core SI-PDF optical fibers
不同入射角激光束在大芯径SI-PDF光纤中的传输损耗
7.
Research on the VHF Data-Link Transmission Loss Based on Satellite Navigation Ground-based Augmentation System
基于卫星导航陆基增强系统VHF数据链中的传输损耗研究
8.
Hol mode low-loss transmission
Ｈｏｌ模低损耗传输
9.
Characteristics of coupled solitary waves in nerve impulse transmission with dissipation
含损耗神经脉冲传输的耦合孤波特性
10.
Analysis and computation on mode propagation and loss in ridge waveguide
脊形波导中导模传输与损耗的分析与计算
11.
Study of the Influence of Loss on Optical Lattice Soliton and Its Compensation Scheme;
损耗对格子孤子传输的影响及其补偿研究
12.
Study on Difference-freqency Generation of Terahertz Waves and Low Loss Waveguides for Terahertz Transmission
太赫兹波的差频产生及低损耗传输波导的研究
13.
Analysis of the Dielectric Loss in the Transmission Line Based on Time Domain BLT Equation
基于时域BLT方程的传输线介电损耗分析
14.
Some of these considderationsinclude insertion loss, cross talk, propagation delay, and unterminated stubs.
需要考虑的因素包括插入损耗、串扰、传输延迟和未端接短截线。
15.
The Influence of Optical Waveguide Fiber Loss on Soliton Transmission in OWCS Using the Chromatic Dispersion;
光纤损耗对色散管理光通信系统中孤子传输的影响
16.
The Influence of the Small Dielectric Loss on the Propagation Properties of Optical Gaussian Shaped Pulses in Optical Fibers;
光纤中小损耗对光学高斯型脉冲传输特性的影响
17.
M~2-factor of partially coherent flat-top beams propagating in gain or loss media
部分相干平顶光束在增益或损耗介质中传输的M~2因子
18.
The Properties of Partially Coherent Electromagnetic Beams Propagating in Linear Gain or Loss Media
部分相干电磁光束在线性增益(损耗)介质中的传输特性